This Is The Intermediate Guide Towards Bio Fire
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작성자 Alexandria Dema… 작성일24-01-21 14:17 조회5회 댓글0건관련링크
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The BIOFIRE System and Your Immune System
The BIOFIRE System provides syndromic infectious disease testing, which allows healthcare providers to select the most appropriate test the first time. Patients benefit from faster diagnosis and more targeted treatments. Clinicians benefit from improved stewardship for antibiotics. Labs save money while increasing efficiency.
The BioFire Pneumonia Plus Panel (PN panel) tests native sputum (including mini-BAL) and endotracheal lavage and bronchoalveolar slurries (including mini BAL) for 33 clinically significant pathogens and resistance genes to antimicrobials in an hour.
Respiratory
The burning of biomass (wood plants, trees and other organic materials) produces gaseous pollutants as well as fine particulate matter that adversely affect the respiratory system. Moreover, the environmental problems caused by forest fires, like droughts, may be exacerbated by climate change, increasing their negative impacts on the health of humans.
In the United States wildfire smoke is associated with hospitalizations caused by respiratory illnesses like asthma, COPD, and lung cancer. In addition, this type of air pollution can be an important risk factor for cardiovascular disease and a significant contributing factor to the burden of illness in the most vulnerable populations, including people with lower socioeconomic status (SES).
During the COVID-19 pandemic, a number of communities were exposed to harmful levels of air pollution from wildfires. However the public health response to this environmental issue is sporadic and mainly focused on communicating regarding symptom management. This knowledge gap is concerning given the evidence of potential health hazards from the continued exposure to smoke and other causes of poor air quality.
Researchers are now looking at the best ways to safeguard public health in future events of this kind. NIH invests in research on this crucial public health issue through the BLUE CORAL and FIRE CORAL studies.
For the first time the study is a prospective cohort study that will examine long-term effects resulting from exposure to smoke from wildfires as well as other sources. FIRE CORAL is looking for adult participants hospitalized for the index episode of COVID-19 who are fluent in English or Spanish and are not pregnant. The Fire Coral protocol includes a series of in-person assessments that objectively measure pulmonary function testing lung imaging and functional assessment.
The BIOFIRE System provides syndromic infectious disease testing, which allows healthcare providers to select the most appropriate test the first time. Patients benefit from faster diagnosis and more targeted treatments. Clinicians benefit from improved stewardship for antibiotics. Labs save money while increasing efficiency.
The BioFire Pneumonia Plus Panel (PN panel) tests native sputum (including mini-BAL) and endotracheal lavage and bronchoalveolar slurries (including mini BAL) for 33 clinically significant pathogens and resistance genes to antimicrobials in an hour.
Respiratory
The burning of biomass (wood plants, trees and other organic materials) produces gaseous pollutants as well as fine particulate matter that adversely affect the respiratory system. Moreover, the environmental problems caused by forest fires, like droughts, may be exacerbated by climate change, increasing their negative impacts on the health of humans.
In the United States wildfire smoke is associated with hospitalizations caused by respiratory illnesses like asthma, COPD, and lung cancer. In addition, this type of air pollution can be an important risk factor for cardiovascular disease and a significant contributing factor to the burden of illness in the most vulnerable populations, including people with lower socioeconomic status (SES).
During the COVID-19 pandemic, a number of communities were exposed to harmful levels of air pollution from wildfires. However the public health response to this environmental issue is sporadic and mainly focused on communicating regarding symptom management. This knowledge gap is concerning given the evidence of potential health hazards from the continued exposure to smoke and other causes of poor air quality.
Researchers are now looking at the best ways to safeguard public health in future events of this kind. NIH invests in research on this crucial public health issue through the BLUE CORAL and FIRE CORAL studies.
For the first time the study is a prospective cohort study that will examine long-term effects resulting from exposure to smoke from wildfires as well as other sources. FIRE CORAL is looking for adult participants hospitalized for the index episode of COVID-19 who are fluent in English or Spanish and are not pregnant. The Fire Coral protocol includes a series of in-person assessments that objectively measure pulmonary function testing lung imaging and functional assessment.
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